Mars logo

Mars

Last updated January 31, 2026
88
Innovation Areas
2,578
Inventors
20
Collaborations

Atmospheric gas burner architecture: MarsRecent Research Landscape

Inconsistent fuel-air mixing in multi-position stoves leads to thermal inefficiency and flame instability. Precise nozzle holder positioning and siphon structure control the fluid dynamics to ensure reliable combustion across varying orientations.

What technical problems is Mars addressing in Atmospheric gas burner architecture?

Inefficient fuel air mixing

(7)evidences

Standard burner architectures suffer from rigid nozzle and siphon configurations that limit installation versatility and heat distribution control. Overcoming these spatial constraints allows for more compact stove designs and improved combustion efficiency across varying appliance footprints.

Excessive combustion noise and heat loss

(2)evidences

Escaping smoke and exhaust gases reduce indoor air quality and thermal efficiency. Preventing leakage ensures user safety and cleaner kitchen environments.